DeepSAFE Technology

DeepSAFE Technology is located in Cupertino, United States on Main Street. DeepSAFE Technology is rated 4.4 out of 5 in the category computer & network security in United States. DeepSAFE Technology is a specialized technology company focused on developing transformational groundbreaking integrated autonomous end to end solutions for system security, management and virtualization. Meeting emerging markets demands and challenges focusing on automotive, smart homes, future workplaces and healthcare. Augmenting power of open source, software defined infrastructure, hardware designs, hybrid converged infrastructure and proprietary IP. Founded by Ahmed Sallam, a world renowned computer systems security and virtualization expert. A prolific inventor with over 40 issued patents. The architect / inventor of Intel's DeepSAFE technology. Services: - Products architecture, management, marketing, research, and development. - Corporate strategy, alliances, ecosystem enablement and partnership. - Intellectual property and training services - Forensic analysis and incident response. Unique IP for building locked self-protected safe-execution environments for Mobile, Cloud, Networks, Desktop, Wearables and IoT security, management and virtualization. Customers: - Technology vendors, venture capitalists and private equity firms. - Industrial, automotive, healthcare, Oil & Gas, Federal and civil infrastructure. Portfolio of integrated end-to-end solutions: - Hardware-rooted security technologies. - Virtualization-based security. - Trusted execution environments. - Platforms measurement, runtime integrity, monitoring and assurance. - Isolated execution containers with network and user segmentation. - Tamper-proof/ preventive anti-malware protection. - Stealth-attacks protection. - Kernel and user mode profiling agents. - End-to-end secure authentication and access. - Zero trust, deceptive and moving target networks. - Nested / micro-virtualization. - Windows internals, reverse engineering and forensics. - Software emulation, interception, instrumentation and binary translation. x86, ARM and open computing architectures.